Part 5/7:
Reason four highlights the theory's capacity for generating insights. A strong theory should provide a plethora of ‘aha’ moments, and Wolfram Physics delivers on this front. For instance, if the hypergraph indeed defines space, then interactions within this structure logically lead to variations in the paths of matter through space—clarifying why celestial bodies, like the sun, influence the orbits of planets. Similarly, viewing particles as tiny black holes explains why we can observe the effects of an electron but cannot discern its internal workings, paralleling our observations of black holes.
Moreover, it presents an intriguing reconciliation of quantum mechanics and general relativity as manifestations of the same underlying theory when derived from the hypergraph.